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IBM AI Newsletter

All digests tagged IBM AI Newsletter

Essential Skills for Becoming an AI Engineer: RAG, AI Agents, & More thumbnail

· 10:55

Essential Skills for Becoming an AI Engineer: RAG, AI Agents, & More

The video outlines the modern skill stack required for an AI Engineer, defining the role as building and deploying systems around existing Large Language Models (LLMs), rather than researching foundational models. The necessary skills are structured into three critical tiers: foundational engineering skills (Python, Git, APIs), specialized AI techniques (RAG, embeddings, agents), and deployment/operations expertise (Containerization, Observability). The speaker emphasizes that mastering this structured approach is crucial for building reliable, production-grade AI solutions.

Key takeaways

  1. AI Engineer vs. ML Researcher

    An AI Engineer builds applications using existing models (e.g., Frontier, Open Source), connecting them to data and tools. An ML Researcher focuses on training foundational models from scratch and publishing new architectures.

  2. The Three-Tier Skill Stack 2:00

    The required skills are structured in three tiers: 1) Foundational skills (Python, Git, APIs); 2) AI-specific skills (Embeddings, RAG, Agents); and 3) Deployment/Ops skills (Containerization, Observability).

  3. The Importance of Grounding Data (RAG) 4:00

    Retrieval Augmented Generation (RAG) is critical for providing LLMs with accurate, company-specific information (e.g., policies, legal documents) to prevent hallucination. This involves chunking documents, embedding them into vectors, and feeding relevant context into the LLM's context window.

  4. AI Agents and Tool Use 5:20

    AI Agents represent a significant advancement, allowing systems to dynamically decide next steps, call external tools, observe results, and iterate in a loop, moving beyond simple predefined workflows.

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What Are Large Database Models? AI for SQL Data thumbnail

· 13:55

What Are Large Database Models? AI for SQL Data

Large Database Models (LDMs) represent a significant advancement in applying AI to enterprise data by bringing semantic capabilities directly into SQL and relational databases. Unlike Large Language Models (LLMs), which train on general text, LDMs are trained specifically on selected tables or views within a structured database. This allows organizations to unlock the estimated 99% of critical business data—often locked behind encryption and access controls—without needing to move it.

Key takeaways

  1. LDM Functionality vs. Traditional SQL 2:15

    Traditional methods require data scientists to manually write rigid SQL filters (e.g., `where age is between 20 and 40`) and move data to an analytics platform, which is slow and expensive. LDMs use vector representations learned from co-occurring values across columns to perform semantic queries, eliminating the need for manual field selection or guessing constraints.

  2. Core LDM Capabilities 3:30

    LDMs enable advanced querying capabilities such as finding customer similarity (finding customers 'most similar' to a given ID), identifying unusual transactions (fraud detection), and exploring product relationships, all executed via standard SQL against the database itself.

  3. Commercial Availability 9:00

    IBM launched the first LDM-based database product, 'SQL Data Insights,' which ships as part of DB2 for ZOS. A follow-up version, 'SQL Data Insights Pro,' extends this approach to unstructured text and adds incremental model refresh.

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